Оптовая продажа 3D голографических проекционных дисплеев, поддерживающих стереоскопическое изображение 360° для продвижения и выставки продукции на месте
Brief: See the journey from feature description to real application in this concise overview. This video showcases how 3D holographic projection display cabinets create floating 360° stereoscopic images for product promotion and exhibitions. You'll witness real-world implementations at museums, auto shows, and medical centers, demonstrating interactive deconstruction, spatial superimposition, and multimodal control.
Related Product Features:
Enables objects to manifest as three-dimensional digital avatars in real space without requiring AR glasses.
Uses optical recomposition within glass to produce naked-eye 3D images with seamless integration of physical and digital elements.
Supports a 140° horizontal field of view for wide-angle, stereoscopic observation by multiple viewers.
Features multimodal interaction capabilities including gesture, gaze, and voice control for dynamic content manipulation.
Achieves millimeter-level spatial calibration for precise alignment between physical exhibits and virtual elements.
Allows dynamic content hosting with the capacity to store and showcase thousands of stereoscopic models in a single cabinet.
Provides real-space integration where imaging depth correlates with physical coordinate systems of actual exhibits.
Enhances information visualization through temporal deconstruction and spatial extension of display content.
Вопросы:
How does the 3D holographic projection display cabinet create floating images without special glasses?
The technology uses optical recomposition within the glass medium, employing either a holographic diffraction film at a 45-degree angle or a combination of microlens arrays and spatial light modulators to control light beams, creating naked-eye 3D images that appear to float within the cabinet.
What types of interactions does this display cabinet support?
It supports composite multimodal interactions including gesture control, gaze tracking, and voice commands. For example, viewers can use gestures to 'disassemble' floating models, and the system automatically switches narration to corresponding technical explanations.
Can a single display cabinet showcase multiple different products or models?
Yes, a single cabinet can dynamically host thousands of stereoscopic models. It can sequentially showcase different content, such as the structural evolution of equipment over decades, offering significant flexibility beyond traditional exhibition methods.
What are the practical applications of this technology in exhibition settings?
It's used in museums for artifact restoration demonstrations, auto shows for interactive vehicle deconstruction, medical training for anatomical visualization, and cultural exhibits for multilingual translation layers, enhancing information capacity and viewer engagement.